Blended Course Schedule

Below is the projected schedule for all blended (EL) courses offered by the MET Computer Science Department on the Charles River Campus in Boston. This schedule shows the semester that each course is typically scheduled to be offered. Please note that the schedule is subject to change due to course cancellations. You may use this as a general guide to planning out your program schedule but please refer to Student Link for the official printed schedule each semester.

When choosing to take a course, make sure you have completed all prerequisites required by the selected course, or have obtained instructor’s consent.

P = Program Prerequisite, C = Core Requirement, E = Elective Option
Course Details Degree Program Semester
Course Number
and Title
Required
Prerequisite
BS
CS*
MS
CS*
MS
CIS
MS
SD*
MS
TC*
Fall
(F)
Sprg
(S)
Sum
(M)
CS 520
Information Structures with Java
CS 200; Not recommended for students without a programming background. C F
CS 521
Information Structures with Python
Programming experience in any language. E C C
S

CS 546
Introduction to Probability and Statistics
Academic background that includes the material covered in a standard course on college algebra. E E P F M
CS 570
Biomedical Sciences & Health IT
None E E E S
CS 580
Health Informatics
None E E E S
CS 581
Health Information Systems
None E E E F
CS 601
Web Application Development
CS 200, CS 231, CS 232 or CS 300 E E E S
CS 625
Business Data Communication and Networks
CS 200 C S M
CS 632
IT Project Management
None E E E S
CS 633
Software Quality, Testing and Security Management
None E E E E F
CS 669
Database Design and Implementation for Business
None. C E F M
CS 674
Database Security
CS 669 or CS 579. E E E F
CS 682
Information Systems Analysis and Design
Basic programming knowledge or instructor’s consent. C C F S
CS 684
Enterprise Cybersecurity Management
None E E E S
CS 689
Designing and Implementing a Data Warehouse
CS 579 or CS 669 and either CS 520 or CS 521. E E F
CS 690
Network Security
CS 535 or CS 625 ; Familiarity with OSI and TCP/IP protocol stack; Background-familiarity with binary numbers, prime numbers, binary- hexadecimal-decimal conversions, etc.; Familiarity with computer programming concepts. E E C F
CS 693
Digital Forensics and Investigations
Working knowledge of windows computers, including installing and removing software. Access to a PC meeting the minimum system requirements defined in the course syllabus. E E E F M
CS 694
Mobile Forensics and Security
None E E E S
CS 695
Cybersecurity
CS 535 or CS 625 E E E F
CS 699
Data Mining
CS 546 and either CS 579 or CS 669 E E E S
CS 779
Advanced Database Management
CS 579 or CS 669 E E S
CS 781
Advanced Health Informatics
CS 580 E E F
CS 782
IT Strategy and Management
CS 682 C S

CS 783
Enterprise Architecture
CS 682. Or strategic IT experience. E E E

*This degree program cannot be fully completed in the blended format. However, students may take some classes in the blended format.